 | A small FFT window and slow visual fadeout can be used to analyze how the sound of a mix varies over short time-spans. The zig-zag shape you see is the effect of a flanger. |
 | Optional linear frequency scaling can help you identify problems in the higher frequencies. In this example, you can see an unusually pronounced roll-off above 19khz. |
 | Quantizing the frequency bands simplifies the overall picture, often allowing you to identify the range and placement of individual instruments by their primary frequency content. |
 | Quantizing the panning bands segments the stereo space into spectrum analysis for discrete locations. In this example we've separated the primary, centered signal from the stereo effects on either side. |
 | This shot of the preferences panel shows just a fraction of Incoherence's many configuration options. This particular page allows you to configure the appearance and behaviour of the points. |
 | Incoherence can even be limited to a single panning band for use as a full-featured, blazingly fast, traditional spectrum analyzer. |
 | In this example you can see a quick full-signal pan to the left, as well as phase-distortion on the fading bass signal. |
 | This image clearly maps the stereo mix, revealing a pronounced stereo effect in the mid-to-high frequencies, wide stereo reverb in the low range, and individual instruments around 300h, 650hz and 2khz. |
 | Incoherence isn't just a useful analysis tool, it's also really, really pretty. In fullscreen mode, it's great for live video projection from the stereo mix on your soundboard. |
 | Advanced disco technology! |
